Relay node selection and power allocation for distributed self-concatenated convolutional codes
Relay node selection and power allocation for distributed self-concatenated convolutional codes
In this contribution, the performance of a Distributed Self-Concatenated Convolutional Coding (DSECCC) scheme is analyzed by using Iterative Decoding (ID) for cooperative communications (CC) with the aid of relay selection (RS) and power allocation (PA). In the RS based DSECCC-ID scheme, where the transmit Signal to Noise power Ratio (SNR) is equal for both source and relay, we can achieve the minimum value of the required SNR at both destination and relay simultaneously by choosing a relay at an appropriate geographical location. By contrast, in the PA based DSECCC-ID scheme, where the position of the relay is in the middle, minimum required transmit SNRs are used both at the source and the relay. These schemes are analyzed with the help of binary Extrinsic Information Transfer (EXIT) charts. From our simulation results, we found that the RS based DSECCC-ID scheme outperforms the PA based DSECCC-ID scheme.
Ahmed Madni, Haji Muhammad Furqan
f1c3e8f3-0533-47a1-9374-38900459d8c3
Butt, Muhammad Fasih
9527decd-7245-4faa-a751-8cab90c6a8ea
Zamir, Nida
ff6b0767-084b-4ad4-bd5d-6ba0a380eef9
Ng, Soon
e19a63b0-0f12-4591-ab5f-554820d5f78c
19 March 2017
Ahmed Madni, Haji Muhammad Furqan
f1c3e8f3-0533-47a1-9374-38900459d8c3
Butt, Muhammad Fasih
9527decd-7245-4faa-a751-8cab90c6a8ea
Zamir, Nida
ff6b0767-084b-4ad4-bd5d-6ba0a380eef9
Ng, Soon
e19a63b0-0f12-4591-ab5f-554820d5f78c
Ahmed Madni, Haji Muhammad Furqan, Butt, Muhammad Fasih, Zamir, Nida and Ng, Soon
(2017)
Relay node selection and power allocation for distributed self-concatenated convolutional codes.
(doi:10.1109/WCNC.2017.7925647).
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Abstract
In this contribution, the performance of a Distributed Self-Concatenated Convolutional Coding (DSECCC) scheme is analyzed by using Iterative Decoding (ID) for cooperative communications (CC) with the aid of relay selection (RS) and power allocation (PA). In the RS based DSECCC-ID scheme, where the transmit Signal to Noise power Ratio (SNR) is equal for both source and relay, we can achieve the minimum value of the required SNR at both destination and relay simultaneously by choosing a relay at an appropriate geographical location. By contrast, in the PA based DSECCC-ID scheme, where the position of the relay is in the middle, minimum required transmit SNRs are used both at the source and the relay. These schemes are analyzed with the help of binary Extrinsic Information Transfer (EXIT) charts. From our simulation results, we found that the RS based DSECCC-ID scheme outperforms the PA based DSECCC-ID scheme.
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Accepted/In Press date: 15 December 2016
Published date: 19 March 2017
Identifiers
Local EPrints ID: 412575
URI: http://eprints.soton.ac.uk/id/eprint/412575
PURE UUID: dabe8c45-c49f-4e1f-8834-5870ccd1b798
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Date deposited: 21 Jul 2017 16:31
Last modified: 16 Mar 2024 02:59
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Author:
Haji Muhammad Furqan Ahmed Madni
Author:
Muhammad Fasih Butt
Author:
Nida Zamir
Author:
Soon Ng
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